SKU MG-1CBC38

Low Expansion Coefficient Glass Borosilicate Glass Wafer

Low Expansion Coefficient Glass Borosilicate Glass Wafer — a fused silica / quartz wafer: Element Semiconductor. Specs, RFQ checklist and custom sizes to…

Element SemiconductorMaterial
Intrinsic SemiconductorType
0.01mmParallelism
Solar CellApplication
Low Expansion Coefficient Glass Borosilicate Glass Wafer

Product type: Intrinsic Semiconductor. Application: Solar Cell. Model: tk034.

Overview

Low Expansion Coefficient Glass Borosilicate Glass Wafer: a fused silica / quartz wafer made from Element Semiconductor. Temperature 550degree C. Typical applications: Solar Cell. Dimensions, material grade, coating and finish can be quoted to your drawing; the values above are the listed starting point.

Specifications

Material Element Semiconductor
Type Intrinsic Semiconductor
Parallelism 0.01mm
Application Solar Cell
Model NO. tk034
Thickness 1 0.1mm 0.2mm 0.3mm 0.4mm
Thickess 2 0.5mm 0.7mm 1.1mm
Temperature 550degree C
Surface Clearning 60/40
Surface Roughness 1nm
Manufacturing Technology Optoelectronic Semiconductor
Signal Processing Analog Digital Composite and Function
Model ST
Batch Number 2010+
Supplier Xinyu Xu Tking Glass Co., Ltd.

What to specify when you request a quote

  • Diameter and flat / notch — state diameter, flat or notch and their tolerances.
  • Thickness and TTV — listed as “0.1mm 0.2mm 0.3mm 0.4mm”; give thickness, its tolerance and total thickness variation.
  • Polish and roughness — listed as “60/40”; specify single- or double-side polish and roughness.
  • Flatness, bow and warp — quote flatness, bow and warp limits.
  • Material grade — listed as “Element Semiconductor”; name the grade (JGS1/JGS2, Borofloat 33, alkali-free, sapphire orientation).

Engineering guides for this part

For material grades and coating options, see Fused Silica and Quartz Glass: Selecting Materials for Precision Components. How parts like this are machined and finished is covered in Glass Wafer Bonding for Microfluidic and MEMS Applications: Process Overview. For an application example, read Fused Silica Glass Wafers for Precision Appliance Electronics. Before sending a drawing, check Fused Silica Refractive Index: Key to Optical Design Improvement. A related standard product is Fused Silica Glass Wafers (2–12", JGS1/JGS2).

FAQ

What is the Low Expansion Coefficient Glass Borosilicate Glass Wafer made of? expand_more
It is listed as Element Semiconductor. Other grades can be quoted if your application needs different transmission, thermal or chemical properties.
Where is this fused silica / quartz wafer used? expand_more
Listed applications: Solar Cell.
What should I include in a quote request? expand_more
Include diameter and flat / notch, thickness and ttv, polish and roughness, flatness, bow and warp and material grade, plus quantity and a drawing if the part is custom.
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FREQUENTLY ASKED QUESTIONS
Which fused silica grade should I choose — JGS1, JGS2 or JGS3?

JGS1 offers deep-UV transmission from about 185 nm (best for DUV lithography and UV laser optics). JGS2 transmits well from about 220 nm for standard UV-visible use at lower cost. JGS3 is optimized for visible-to-infrared and high-power laser work. The builder exposes a transmission-band requirement so you can specify the grade by application.

What wafer diameters and thicknesses are supported?

Common diameters are 2, 3, 4 and 6 inch (note 1 inch = 25.0 mm for quartz wafers, so a 4 inch wafer is 100 mm). Typical thicknesses are 200, 500, 700 and 1000 µm, with tighter thickness tolerance and TTV specifiable for polished optical grades.

Can I specify TTV, surface quality and a flat or notch?

Yes. You can set total thickness variation, scratch-dig surface quality (down to 40/20 or 20/10 for optical grade), single- or double-side polish, and a primary flat or notch for orientation.

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Low Expansion Coefficient Glass Borosilicate Glass Wafer

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